With healthcare organizations facing escalating cyberattacks, one-time security assessment scores and snapshot certifications are no longer enough. The HITRUST Common Security Framework (CSF) provides an unmatched security foundation based on continuous assessment and controls.
IT security and compliance regulations and best practices are defined by an array of federal and state regulations and industry standards, as well as policies and frameworks from a variety of associations and bodies. All that makes it difficult for provider organizations to fully understand what they need to do to mitigate security risk. For many organizations, an annual HIPAA assessment acts as the foundation for their security measures, but today’s threat landscape is evolving in sophisticated ways every day.
And the stakes are high.
Without the proper systems in place, healthcare organizations may be exposed to security breaches or noncompliance with industry standards. Penalties can be directed at providers, the organization, and even individuals who have responsibility for the organization’s security policies and practices. In addition, the impact of bad press and loss of patient trust may never be fully recoverable.
Unfortunately, many providers still struggle to create and maintain effective risk-mitigation policies and procedures. Demands for providers and staff to serve more patients often lead to security controls being softened for user convenience. For resource-constrained healthcare IT departments, an additional challenge is to understand the requirements and implement them with an IT strategy that is also affordable, manageable, and scalable over time.
Cloud hosting that is HITRUST CSF-certified is one of the most strategic and effective ways for healthcare organizations to gain confidence in their IT security posture. By including federal and state regulations, standards, and frameworks, and incorporating a risk-based approach, the HITRUST Common Security Framework (CSF) helps organizations address risk through a comprehensive and flexible framework of prescriptive and scalable security controls.